This thesis aims to prove that it is possible to use phase difference detection as a means of determining an objects attitude in relation to a signal source. A correlation between orientation and phase-detector output is proved, and it is concluded that with further work on algorithms and signal filtering, an attitude determination system could be made. As Quadrotors or ’drones’ are controlled by a system that could benefit by another reference system, accuracy of the phase-detector system is compared with the navigation systems currently used in drones
AbstractWith a pair of antennas spaced apart, an airborne passive location system measures phase dif...
Attitude determination for small scale UAVs such as quadrotors is considered, a number of existing s...
Accurate estimation of the attitude of unmanned aerial ve-hicles (UAVs) is crucial for their control...
This thesis aims to prove that it is possible to use phase difference detection as a means of determ...
This thesis is concerned with determining the orientation of small Unmanned Aerial Vehicles(UAVs). T...
In this paper,several efficient algorithms are implemented and evaluated for estimating the attitude...
This paper aims to develop a novel attitude determination system aided by polarization sensor. An im...
Advances in unmanned aerial vehicles (UAV) and especially micro aerial vehicle (MAV) technology toge...
If three or more GPS antennas are mounted properly on a platform and differences of GPS signals meas...
Advances in unmanned aerial vehicles (UAV) and especially micro aerial vehicle (MAV) technology toge...
This paper presents the results of a research activity performed by Cranfield University to assess t...
An entirely new sensor approach for attitude determination using Global Positioning System (GPS) sig...
When the receivers of GPS, GLONASS and other such systems are equipped with multiple antennas, they ...
For future board autonomous navigation tasks, GPS offers the possibility to perform these tasks on b...
In this paper, new attitude determination algorithms using pseudolite signal phase measure-ments are...
AbstractWith a pair of antennas spaced apart, an airborne passive location system measures phase dif...
Attitude determination for small scale UAVs such as quadrotors is considered, a number of existing s...
Accurate estimation of the attitude of unmanned aerial ve-hicles (UAVs) is crucial for their control...
This thesis aims to prove that it is possible to use phase difference detection as a means of determ...
This thesis is concerned with determining the orientation of small Unmanned Aerial Vehicles(UAVs). T...
In this paper,several efficient algorithms are implemented and evaluated for estimating the attitude...
This paper aims to develop a novel attitude determination system aided by polarization sensor. An im...
Advances in unmanned aerial vehicles (UAV) and especially micro aerial vehicle (MAV) technology toge...
If three or more GPS antennas are mounted properly on a platform and differences of GPS signals meas...
Advances in unmanned aerial vehicles (UAV) and especially micro aerial vehicle (MAV) technology toge...
This paper presents the results of a research activity performed by Cranfield University to assess t...
An entirely new sensor approach for attitude determination using Global Positioning System (GPS) sig...
When the receivers of GPS, GLONASS and other such systems are equipped with multiple antennas, they ...
For future board autonomous navigation tasks, GPS offers the possibility to perform these tasks on b...
In this paper, new attitude determination algorithms using pseudolite signal phase measure-ments are...
AbstractWith a pair of antennas spaced apart, an airborne passive location system measures phase dif...
Attitude determination for small scale UAVs such as quadrotors is considered, a number of existing s...
Accurate estimation of the attitude of unmanned aerial ve-hicles (UAVs) is crucial for their control...